In this paper, we propose a switchable and tunable functional metamaterial device based on
hybrid graphene–vanadium dioxide (VO2). Using the properties of the metal-insulator …

Last decade has witnessed a rapid development of the generation of terahertz (THz) vortex
beams as well as their wide applications, mainly due to their unique combination …

Digital programmable metasurfaces provide a very powerful and versatile platform for
implementing spatio‐temporal modulation schemes that are of great interest within the …

The demand for smart and multi-functional applications in the terahertz (THz) frequency
band, such as for communication, imaging, spectroscopy, sensing and THz integrated …

In the past few years, analog computing has experienced rapid development but mostly for a
single function. Motivated by parallel space-time computing and miniaturization, we show …

In this paper, a reflective metasurface composed of a dielectric substrate sandwiched with a
double-split-ring (DSR) structure InSb and a metal ground plane was proposed in terahertz …

Digital metasurfaces have opened unprecedented ways to accomplish novel
electromagnetic devices thanks to their simple manipulation of electromagnetic waves …

Circular dichroism (CD) response is extremely important for dynamic polarization control,
chiral molecular sensing and imaging, etc. Here, we numerically demonstrated high …

As one of the cutting-edge technologies in advanced information science, wave-based
cryptography is a prerequisite to enable a plethora of secure encrypting platforms which can …

Recently, traditional tunable coding metasurfaces integrated with active components or
materials have exhibited not only many functionalities, but also reconfigurable responses …